Abstract:
This research delves into the critical evaluation of energy efficiency in electrical
appliances within terrace houses, with a specific focus on adherence to
Minimum Energy Performance Standards (MEPS). Against the backdrop of
escalating global concerns regarding energy consumption and its
environmental repercussions, this study endeavours to enrich the National
Energy Transition Roadmap (NETR) by scrutinizing MEPS awareness,
scrutinizing energy consumption patterns utilizing MATLAB Software, and
offering insights to foster a more sustainable trajectory. Employing a
systematic research approach, encompassing questionnaire formulation, faceto-face interviews, and MATLAB data analysis, this study conducts a thorough
examination of MEPS awareness and appliance energy utilization. The
findings underscore a positive trajectory in MEPS awareness among surveyed
residents, with approximately 43.3% demonstrating awareness, while the
remaining 56.7% lack awareness, signalling the efficacy of communication
initiatives. A graphical representation elucidates disparities in energy
consumption, accentuating the imperative of optimizing appliance efficiency,
particularly in refrigeration units. Contrarily, a scatter plot analysis indicates no
discernible correlation between household size and energy usage, highlighting
the multifarious energy consumption trends. The significance of this research
transcends its immediate scope, aligning with the overarching objectives of the
NETR. By evaluating MEPS compliance and advocating for energy-efficient
behaviours, this study aspires to propel societal progress towards heightened
energy consciousness and ecological sustainability. Ultimately, it seeks to
bolster governmental endeavours aimed at fostering the adoption of energyefficient appliances, thereby advancing the collective ambition of achieving Net
Zero Energy (NZE) status by 2050. Through meticulous exploration of the
intricate dynamics between awareness, regulatory standards, and energy
utilization, this research endeavours to catalyze a paradigm shift towards a
more sustainable and energy-efficient future.
